生物活性骨的复合制造方法探索

Fabrication of bioactive bone was investigated based on rapid prototyping technology. The reaserch contents is modeling of bionic structure (outward and internal structure) and rapid prototyping system for bioactive bone. The artificial bone scaffold was built with degradable emulsive sugars by fused deposition processing, and compounded with active factors and hydroxylapatite (HAP), then dissolving scaffold to obtain bioactive bone. The study will promote coalescence development of manufacturing, materials and biologic.

.本项目基于快速原型制造技术探索生物活性骨骼的制造方法。主要研究通过骨骼的仿生CAD建模（外表面和内部微结构）；建立分层制造系统，用可降解的乳化糖为材料通过熔融沉姆椒ㄖ圃烊斯す堑母盒停唤锘钚晕镏屎妥阅挑腔姿岣聘春系饺榛歉盒椭校蝗缓笕芙馊榛歉盒偷纫幌盗蟹椒ǎ圃炀哂猩锘钚缘娜斯す恰１狙芯拷俳圃臁⒉牧稀⑸锏妊Э频娜诤虾徒徊娣⒄埂